i am try to do somethink like this
UPDATE BA C
INNER JOIN
(
SELECT SUM(`Amount`) AS `LSC`,`To` FROM `Trans`
) A ON C.`UserID` = A.`To`
INNER JOIN
(
SELECT SUM(`Amount`) AS `LSC`,`From` FROM `Trans`
) B ON C.`UserID` = B.`From`
SET `Bal` = A.`LSC` - B.`LSC`;
and this is not workink :\
when i just do 1 inner join and run the query twice once to A and second to be it work but i want to do it in one query ...
UPDATE BA C
INNER JOIN
(
SELECT SUM(`Amount`) AS `LSC`,`To` FROM `Trans`
) A ON C.`UserID` = A.`To`
SET `Bal` = A.`LSC`; // Work
Related
Why am I getting this error? Error is showing up in the OR clause, but I'm selecting gl_ID inside the SELECT statement.
; DECLARE v_firstDate DATETIME
SET #p_ID = 368
SELECT SUBDATE(NOW(), 1) INTO v_firstDate;
SELECT t_ID, t_firstName, t_lastName
FROM t_table
WHERE
((#p_ID IN (
SELECT tt_ID
FROM tt_tableTwo
INNER JOIN st_stats ON (st_ID = tt_ID)
INNER JOIN da_data ON (da_ID = st_ID AND da_name IN ("allCompanies", "allglobals"))
)
))
OR
(
(gl_ID IN ( //problem is here
SELECT gl_ID
FROM gl_globals
INNER JOIN tr_transport ON (tr_id = gl_caseID AND tr_idOther = #p_ID)
INNER JOIN co_countries ON (co_ID = gl_ID AND co_ID = #p_ID)
)
)
)
Error message:
Unknown column 'gl_ID' in 'IN/ALL/ANY subquery'
Should I be using an AS or a HAVING?
gl_ID is not accessible in the OR clause because it doesn't exist in t_table. An inner join under the first FROM clause solves the problem.
; DECLARE v_firstDate DATETIME
SET #p_ID = 368
SELECT SUBDATE(NOW(), 1) INTO v_firstDate;
SELECT t_ID, t_firstName, t_lastName
FROM t_table
INNER JOIN gl_globals ON (t_ID = gl_ID) // fix
WHERE
((#p_ID IN (
SELECT tt_ID
FROM tt_tableTwo
INNER JOIN st_stats ON (st_ID = tt_ID)
INNER JOIN da_data ON (da_ID = st_ID AND da_name IN ("allCompanies", "allglobals"))
)
))
OR
(
(gl_ID IN (
SELECT gl_ID
FROM gl_globals
INNER JOIN tr_transport ON (tr_id = gl_caseID AND tr_idOther = #p_ID)
INNER JOIN co_countries ON (co_ID = gl_ID AND co_ID = #p_ID)
)
)
)
my query is like below
SELECT
*
FROM`punit_master` `a`
LEFT JOIN
(
SELECT *
FROM
(
SELECT *
FROM _map_contacts as t
LEFT JOIN contact_master as c on c.contact_id = t.contact_id
where t.punit_id =a.punit_id
limit 1
) tm LEFT JOIN contactdetail_master cd ON cd.contactdetail_id = tm.contactdetail_id
) b ON b.agreement_id = a.curr_tenant_agreement_id
it gives me error of a.punit_id is undefine
how can I use mail table value in left join inside sub query
SELECT
*
FROM `punit_master` `a`
LEFT JOIN
(
SELECT *
FROM
(
SELECT *
FROM _map_contacts as t
LEFT JOIN contact_master as c
ON c.contact_id = t.contact_id
) tm
LEFT JOIN contactdetail_master cd
ON cd.contactdetail_id = tm.contactdetail_id
) b
ON b.agreement_id = a.curr_tenant_agreement_id and a.punit_id = b.punit_id
Try this! :)
I am new to sql. How can i rewrite the below script without using exists
select
distinct oe.*,
o.*,
so.*,
ro.*
from
ms_bvoip_order_extension oe
inner join ms_order o on oe.ms_order_id = o.ms_order_id
inner join ms_sub_order so on so.ms_order_id = o.ms_order_id
inner join ms_job j on j.entity_id = so.ms_sub_order_id
inner join ms_task t on t.wf_job_id = j.wf_job_id
where
o.order_type = 900
and o.entered_date between to_date('12/01/2018 00:00:00', 'mm/dd/yyyy hh24:mi:ss')
and to_date('12/31/2018 00:00:00', 'mm/dd/yyyy hh24:mi:ss')
and j.entity_type = 5
and exists (
select
'X'
from
ms_task t
where
(
(t.name like '%Error%')
or (t.name like '%Correct%')
or (t.name = '%Create AOTS Ticket%')
)
and t.job_id = hextoraw(j.wf_job_id)
)
order by
o.usrp_order_number;
As Jerry mentioned, you can use EXISTS but if you don't want to you could JOIN the same EXISTS subquery:
INNER JOIN (
SELECT DISTINCT hextoraw(j.wf_job_id) JOB_ID
FROM ms_task
WHERE t.name like '%Error%'
or t.name like '%Correct%'
or t.name like '%Create AOTS Ticket%'
) TASK ON t.job_id = TASK.JOB_ID
You could probably remove your other ms_task table and JOIN ON j.wf_job_id......
I have latest dates of 2017 in attandance date but its show just 2016 dates kindly plz help me
SELECT
added_on,
types. `type`,
student.`student_id`, student.`roll`, student.`class_id`, student.`name` AS student_name,
SUM(datewise_attandance.`total_classes`) AS SumOfTotal,
datewise_attandance.attandance_date AS attandance_date,
SUM(datewise_attandance.`status`) AS SumOfPresent,
#ROUND(((SUM(datewise_attandance.`status`)/SUM(datewise_attandance.`total_classes`))*100),2) AS percentage,
class.`name` AS class_name, student.`sex`, student.`father_name`, student.`address`,
student.`phone`, subject.`name` AS subject_name,
#types.`type`, types.`type_id`,
subject.`subject_id`,
#MAX( datewise_attandance.`date_to` ) AS MaxOfAtt_Date_To,
student.`session_id`
FROM
(( class
INNER JOIN `subject` ON class.`class_id` = subject.`class_id` )
INNER JOIN datewise_attandance # ( INNER JOIN types ON datewise_attandance.`type_id` = types.`type_id` )
ON ( subject.`subject_id` = datewise_attandance.`subject_id` )
AND ( class.`class_id` = datewise_attandance.`class_id` ))
INNER JOIN `types` ON( types.`type_id` = subject.`subject_type`)
INNER JOIN student ON ( student.`student_id` = datewise_attandance.`std_id` )
AND ( class.`class_id` = student.`class_id` )
GROUP BY student.`student_id`,
student.`roll`, student.`class_id`, student.`name`, class.`name`,
student.`sex`, student.`father_name`, student.`address`,
student.`phone`, subject.`name`,
# types.`type`, types.`type_id`,
subject.`subject_id`, student.`session_id`
HAVING (
(
student.`class_id` = 4
AND student.`roll` = 388
AND student.`session_id` = 5
)
) ORDER BY IFNULL(subject.final_exam,0) DESC
You are using inner join so if there are matching records then only result will be returned for 2017. Why dont you use left join and try the same
I have this table: http://sqlfiddle.com/#!2/b4060/2
I then created two views as follow:
-- stack 1: hire
create view HS1H as
select a.* , min(a.`Effective_Date`)
from `Table1` a
left join `Table1` b on a.`Employee_ID` = b.`Employee_ID`
and a.`Effective_Date` > b.`Effective_Date`
where a.`Event_Type` = "1_Hire"
group by a.`Employee_ID`;
select * from `hs1h`;
-- stack 1: termination
create view HS1T as
select a.* , min(a.`Effective_Date`)
from `Table1` a
left join `Table1` b on a.`Employee_ID` = b.`Employee_ID`
and a.`Effective_Date` > b.`Effective_Date`
where a.`Event_Type` = "5_Term"
group by a.`Employee_ID`;
select * from `hs1t`;
I want to get the events that happen between first Hire date and first Term date. I used the qry below but returned no results:
select a.*
from `Table1` a
join `hs1h` b on a.`Employee_ID` = b.`Employee_ID`
join `hs1t` c on a.`Employee_ID` = c.`Employee_ID`
where a.`Effective_Date` between b.`Effective_Date` and c.`Effective_Date`;
I am not sure what went wrong. I was able run the following two qrys. One returned the events after first hire date, and the other returned the events before first term date. But when I combine them like the one above, it didn't work.
select a.*
from `Table1` a
join `hs1h` b on a.`Employee_ID` = b.`Employee_ID`
join `hs1t` c on a.`Employee_ID` = c.`Employee_ID`
where a.`Effective_Date` > b.`Effective_Date`;
select a.*
from `Table1` a
join `hs1h` b on a.`Employee_ID` = b.`Employee_ID`
join `hs1t` c on a.`Employee_ID` = c.`Employee_ID`
where a.`Effective_Date` < c.`Effective_Date`;
SELECT *
FROM table1
WHERE `effective date`
BETWEEN (select MIN(`effective date`) from `Table1` WHERE `event type` = '1_Hire')
AND
(select MIN(`effective date`) FROM table1 WHERE `event type` = '5_Term')
For the 2nd or 3rd 'hire', things get a little more complicated, but something like this should work...
SELECT a.*
FROM TH_Sample_Data a
JOIN (
SELECT x.*
, MIN(y.effective_date) end
, #i := #i+1 rank
FROM TH_Sample_Data x
JOIN TH_Sample_Data y
ON y.effective_date >= x.effective_date
AND y.event_type = '5_Term'
, (SELECT #i:=1) vars
WHERE x.event_type = '1_Hire'
GROUP
BY x.id
) b
ON a.effective_date BETWEEN b.effective_date and b.end
WHERE b.rank = 2;